Asthma drugs Flashcards
Th2 high asthmatics
respond to normal treatment
Th2 low asthmatics
neutrophilic inflammation
IL17 = glucocorticoid insensitivity
more airway remodeling
albuterol
SABA
levoalbuterol
SABA
terburtaline
SABA
metaproternol
SABA
bitolerol
SABA
salmeterol
LABA
formoterol
LABA
indacaterol
LABA
vilanterol
LABA
beta agonist moa
increase cAMP which leads to smooth muscle relaxation and blockage of mast cell degranulation
beta agonist use
short term bronchospasm release
emergency (SABA, epinephrine)
prophylaxis of exercise induced
first line rescue
SABA
beta agonist ADR
nonselective- tachycardia, hypotension, palpitations
tremors
methyl xanthines
theophylline
aminophylline
methy xanthine moa
unknown inhibit cAMP breakdown by blocking PDE block adenosine receptors inhibit NFkB increase histone deacetylase activity anti-inflammatory
theophylline use
not first line- use if unresponsive to first line
theophylline adr
unpredictable plasma levels liver metabolized narrow TI headache nausea arrythmias seizures
anticholinergics
ipratropium
tiotropium
ipratropium
sama
tiotropium
lama
anticholinergic use
second line- not as good as beta2 agonists
used in combo with beta2
slower onset, last longer
anticholinergic moa
blocks muscarinic receptors to decrease broncoconstriction and mucus secretion
works with increased vagal tone
ipratropium
tiotropium
anticholinergic adr
dry mouth
cough
fastest acting drug
SABA
anti-inflammatory use
blocks late phase response
used in status asthmatics but does NOT relieve acute symptoms
fluticasone
inhaled glucocorticoid
beclomethasone
inhaled glucocorticoid
flunisolide
inhaled glucocorticoid
triamclinolone
inhaled glucocorticoid
budesonide
inhaled glucocorticoid
ciclesonide
inhaled glucocorticoid
mometasone
inhaled glucocorticoid
hydrocortisone
oral glucocorticoid
predisone
oral glucocorticoid
prednisolone
oral glucocorticoid
methylprednisolone
oral glucocorticoid
trimcloline
oral glucocorticoid
glucocorticoid moa
blocks cytokine transcription
blocks down regulation of beta receptors
inhibits late phase response
long term use- blocks immediate response
glucocorticoid use
first line prophylactic
inhaled
slow to act
which drug class can patients be resistant to
glucocorticoids
inhaled glucocorticoid adr
oral candidiasis
hoarseness
growth retardation
systemic glucocorticoid adr
osteoporosis weight gain hypertension diabetes myopathy psych issues
what class is commonly given in combo with LABA
glucocorticoid
cromones
cromolyn sodium
nedocromil sodium
cromone moa
unknown
prevents mediator release which inhibits immediate response
prevents late response
cromone use
second line prophylaxis
inahled
not as good as steroids BUT lacks steroid side effects
cromone adr
none
leukotriene receptor antagonists
zafirlukast
montelukast
leukotriene receptor antagonist moa
blocks CysLT1 receptor and prevents LTC4, LTD4, LTE4 effects
leukotriene modifier use
first or second alternative for inhaled steroids
leukotriene modifier adr
Churg Straus syndrome- remove glucocorticoids and get necrotizing vasculitis, skin rash, pulmonary inflammation, eosinophilia, heart failure
5’ lipoxygenase inhibitor
zileuton
zileuton MOA
blocks leukotriene formation and action of LTB4
omalzumab MOA
IgE inhibitor- anti IgE anibody
inhibits mast cell degranulation
omalzumab use
first line in atopic patients not controlled by steroids or LABA
anti IL5 antibodies
mepolizumab
resilzumab
order of drug use
SABA low dose inhaled glucocorticoid LABA added increase steroid dose add other drugs depending on phenotype
emergency
inhaled saba
epinepherine
conventional steroids
theophylline and ipratropium
drugs not to give to asthmatics
aspirin, NSAIDs
non selective beta blockers
COPD drugs
same as for asthma
glucocorticoids are not as effective
mucolytics (acetylcysteine)
roflumilast
PDE4 inhibitor for severe COPD